As a complete neophyte in arduino, coding, servos etc thank you so much for this series. It will help me no end, especially with some of the more unusual things I want to try👍🏼
On my layout the servo moves the turnout at almost exactly the same speed as the real thing (about 1 second) so I didn't put any speed control in. It may be something to look into later.
I want to make a project which uses 18 servos and each servos drives at 6V. So can i supply this 6V at the terminal without damaging my circuitry. Also I'm using a 7.4V lipo so i'll be using a buck converter to step it down to 6V for the pwm driver
As a complete neophyte in arduino, coding, servos etc thank you so much for this series. It will help me no end, especially with some of the more unusual things I want to try👍🏼
Thank you for this video very easy to follow and now have a better understanding where I had gone wrong.
I've really enjoyed your videos. Keep up the good work!
Hi
Very good work which saves me a lot of time. I was wondering if it was possible to vary the rotation speed of the servo ?
On my layout the servo moves the turnout at almost exactly the same speed as the real thing (about 1 second) so I didn't put any speed control in. It may be something to look into later.
I want to make a project which uses 18 servos and each servos drives at 6V. So can i supply this 6V at the terminal without damaging my circuitry. Also I'm using a 7.4V lipo so i'll be using a buck converter to step it down to 6V for the pwm driver
The spec sheets say maximum of 5.5v. What type of servo are you using?